0.8" | 25TF
Ferrite Tweeter
Key features:
- working range up to 30kHz
- Low resonant frequency
- Titanium nitride dome
Design notes:
The 25TF tweeter has incredibly linear frequency response characteristics, high power handling capability while generating ultra low harmonic distortion artifacts. The 25TF Dome utilizes REDCATT in-house unique titanium coating technology. Nitride is extremely hard ceramic material. We deposit the nitride from both sides of the titanium dome. The coated dome has dramatically improved flexural rigidity (aka stiffness), compared to the pure titanium dome. The coating has dramatic effect onto the distortion artifacts. The 3rd harmonic distortion stays bellow 0.05% in the working range. Extended high frequency response without major dome breakup modes and improved transient response are the other positive effects of REDCATT Titanium-Nitride Domes.The 25TF has implemented FEM tuned rear resonant chamber. The chamber is improving the tweeter behavior at low frequencies and further lowering the harmonic distortion. All tweeter parts are bonded together using state of the art high temperature adhesives. Metal parts in the tweeter assembly are coated for extreme weatherization protection.This tweeter can be used in all applications requiring high quality HF devices. Best mounting is on a flat baffle without any waveguide.
Specifications:
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General specs |
Nominal Diameter: | 0.8 in. |
Rated Impedance: | 8 Ohm |
Power handling |
AES Power: | 10 Watts |
Program Power: | 20 Watts |
Voice Coil |
Diameter: | 0.8 in. |
Winding wire: | CCAW |
Former: | Aluminum |
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T/S Parameters |
Resonant frequency: | 1,200 Hz |
Nominal sensitivity: | 91.5 dB |
Re: | 5.7 ohm |
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Design details |
Dome material: | Titanium |
Magnet material: | Ferrite |
Surround Material: | Foam |
Overall diameter: | 122.5*96 mm |
Bolt circle diameter: | 108 mm |
Throat diameter: | n/a mm |
Number of mounting holes: | 4 |
Depth (flange to rear): | 49.1 mm |
Net weight: | 0.79 kg |
Ordering codes: |
8 ohm version: | 25TFX8-065 |
Frequency response & lmpedance
2D drawing